Trabaja con instrumentos e interpretaciones

Source: Documentation/Instrument.md

Overview

The Instrument system is composed of four main components:

1. Instrument Entity: The Doctrine ORM entity that maps to the instrument table in the database.
2. InstrumentDto DTO: A read-only Data Transfer Object used for exposing and manipulating instrument data through the API.
3. InstrumentProvider: A state provider for API Platform that handles the transformation of Instrument entities into InstrumentDto DTOs.
4. InstrumentProcessor: A state processor for API Platform that handles the persistence of InstrumentDto data to the database.

Instrument view range controls

Keyboard and fretboard instruments now expose range controls inside the instrument view (assets/instrument/controllers/instrumentView/controller.js). Those cards let you pick a minimum/maximum octave (for KEYBOARD) or fret number (for FRETBOARD), and the controller filters the rows before rendering the keyboard/fretboard layout or recomputing template matches. Every range change dispatches an instrument-view:range-change event with the selected bounds plus the filtered row IDs.

assets/pianoroll/stimulus/PianoRollControllerAdapter.js listens for that event and keeps the Pianoroll lanes in sync: it stores the unfiltered rows, applies the same min/max filters on the instrument rows payload, and re-emits the filtered set so the lane gutter also only shows the notes/frets that fall within the chosen window. This keeps the piano roll and instrument view aligned when you tighten down a note/fret range.

Source: Documentation/Performer.md

Overview

The Performer system is composed of two main components:

1. Performer Entity: The Doctrine ORM entity that maps to the performer table in the database.
2. PerformerOutput DTO: A read-only Data Transfer Object used for exposing performer data through the API.

There is no dedicated StateProvider or Processor for Performer.

Source: Documentation/Performance.md

Overview

A Performance is JolyMusic's timed, playable projection of musical material onto an Instrument and optionally a Performer. It combines:

• an instrument layout;
• performer actors, articulations, and gestures;
• one or more ordered voices;
• timed performer events;
• global tempo, meter, and key events;
• linked Harmonies;
• metadata and editor/runtime configuration;
• owner, team, and public visibility.

It is not merely a MIDI note list. The model preserves enough information to render an instrument-specific workspace, reconstruct source provenance, activate performer elements, produce compact playback data, and link events to harmony context.

State Endpoint

API Platform exposes:

GET /api/performances/{id}/state
GET /api/performances/{id}/state.json

The web controller also exposes:

GET /{_locale}/performances/{id}/state.json
route: performance_state

PerformanceStateProvider requires PerformanceVoter::VIEW. It accepts:

tick=<non-negative integer>
runtime=workspace
lean=true

runtime=workspace or a truthy lean flag selects the lean runtime representation.

Full State

PerformanceStateOutput includes:

id, name, targetDescription, ppq
metadata, config, isPublic, ownerId, teamIds
currentTick
target, performer, performerState, performerCatalog
elements, activeElements, notes
globalEvents, harmonies
executionGraph, scorePreview

Default normalized config is:

{
  "zoom": 1.0,
  "bpm": 120,
  "loop": false,
  "loopStartBar": 1,
  "loopEndBar": 8,
  "ppq": 960,
  "activeHarmonyId": null,
  "globalKeyId": null,
  "timeSignature": "4/4",
  "beatsPerBar": 4,
  "beatUnit": 4
}

Stored config overlays these defaults. Consumers should use the normalized output instead of reimplementing defaults.

Compact Runtime

The compact format identifies itself as:

performance-runtime-v1

It carries a noteSchema describing positional note rows and a compact global-event schema. Current note keys are:

id, t, d, r, m, v, el, art, gest, voice,
fret, str, hand, lane, xml, measure, p,
sel, prev, sv, ss, sm, x, y, z

The schema array is part of the payload specifically so consumers do not have to hard-code positional meaning without a version signal.

For persisted Performances, runtime events may be read through PerformanceRuntimeEventReader without hydrating the entire event graph. For transient objects, the builder derives compact rows from the entity collections.

PerformanceRuntimeResponseFactory adds cache behavior appropriate to public versus protected state. Tests cover the response contract; clients should respect validators and cache headers rather than assuming every state response is permanently private or permanently cacheable.

Authorization

PerformanceVoter defines:

PERFORMANCE_VIEW
PERFORMANCE_EDIT

Rules:

• anyone can view a public Performance;
• the owner can view it;
• any member of a linked team can view it;
• owner, team OWNER, or team ADMIN can edit;
• edits also require a user allowed to write paid features;
• application administrators and super administrators satisfy the paid-write check.

Public visibility never implies edit permission.

Troubleshooting

State returns 403

The Performance is neither public, owned, nor shared through a team visible to the requester.

State has no notes

Check whether the request used lean runtime, whether persisted runtime rows exist, and whether performer events have valid timing and instrument rows.

Notes appear but no active elements

Lean runtime intentionally returns an empty activeElements list. Otherwise verify the requested tick against the half-open event interval.

Wrong instrument position

Inspect the event's instrumentRow, source metadata, and the current instrument layout. Imported pitch and physical row resolution are separate.

Harmony context is unexpected

Inspect ordered PerformanceHarmony links, the single lead flag, link config, and global key events.

A team member cannot edit

Ordinary membership grants view only. Team role must be OWNER or ADMIN, and the user must pass paid-feature write access.